The Olga dynamic multiphase flow simulator models time-dependent behaviors and provides an additional dimension to steady-state analysis. Dynamic simulation is extensively used in both offshore and onshore field developments. From wellbore dynamics for any well completion, to pipeline operations for process systems containing any type of equipment, the Olga simulator provides an accurate prediction of key operational conditions involving transient flow.

OLGA-S is the steady-state prediction routine, or point model, from the OLGA* dynamic multiphase flow simulator. It is a mechanistic model that simulates each of the flow regimes in multiphase flow and determines the main flow properties, such as pressure drop, hold-up and flow regime. OLGA-S is developed by SLB in cooperation with the Institute for Energy Technology. OLGA-S is delivered in binary form as a library that can be dynamically linked to a driver program. Most steady-state pipeline simulators have OLGA-S incorporated as a possible flow correlation, in addition to the standard correlations.

Enhancements in Olga 2024.1

Olga Single phase.

Cyclic snapping functionality.

Symmetry Fluid Engine.

Re-initialization of flowpath.

Update of Multiflash library.

Freeze transient calculations.

Extended connection to third party solution.

IKH and VKH indicators in Olga.

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